"Category folder (optional)","Category code","Question title","Question text","Question Type","Tolerance (for Numerical Questions)","Question answer value 1 (for all questions)","Question matching value (for Matching Questions) 1","Percentage Correct (for Multiple Choice questions) 1", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The voltage Vin applied to the circuit below is 2 volts and the resistance of the resistor R is 220 ohms. Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","18.1818",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The voltage Vin applied to the circuit below is 8 volts and the resistance of the resistor R is 960 ohms. Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","66.6667",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The voltage Vin applied to the circuit below is 4 volts and the resistance of the resistor R is 460 ohms. Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","34.7826",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The voltage Vin applied to the circuit below is 18 volts and the resistance of the resistor R is 900 ohms. Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","360",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The voltage Vin applied to the circuit below is 5 volts and the resistance of the resistor R is 940 ohms. Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","26.5957",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The voltage Vin applied to the circuit below is 10 volts and the resistance of the resistor R is 880 ohms. Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","113.6364",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The voltage Vin applied to the circuit below is 5 volts and the resistance of the resistor R is 580 ohms. Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","43.1034",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The voltage Vin applied to the circuit below is 16 volts and the resistance of the resistor R is 440 ohms. Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","581.8182",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The voltage Vin applied to the circuit below is 14 volts and the resistance of the resistor R is 120 ohms. Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","1633.3333",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The voltage Vin applied to the circuit below is 2 volts and the resistance of the resistor R is 200 ohms. Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","0.02",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The voltage Vin applied to the circuit below is 9 volts and the resistance of the resistor R is 920 ohms. Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","0.088043",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The voltage Vin applied to the circuit below is 5 volts and the resistance of the resistor R is 680 ohms. Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","0.036765",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The voltage Vin applied to the circuit below is 16 volts and the resistance of the resistor R is 960 ohms. Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","0.26667",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The voltage Vin applied to the circuit below is 15 volts and the resistance of the resistor R is 700 ohms. Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","0.32143",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The voltage Vin applied to the circuit below is 2 volts and the resistance of the resistor R is 220 ohms. Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","0.018182",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The voltage Vin applied to the circuit below is 3 volts and the resistance of the resistor R is 460 ohms. Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","0.019565",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The voltage Vin applied to the circuit below is 19 volts and the resistance of the resistor R is 300 ohms. Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","1.2033",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The voltage Vin applied to the circuit below is 16 volts and the current flowing through the resistor is 530 milliamps (mA). Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","8.48",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The voltage Vin applied to the circuit below is 8 volts and the current flowing through the resistor is 720 milliamps (mA). Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","5.76",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The voltage Vin applied to the circuit below is 11 volts and the current flowing through the resistor is 990 milliamps (mA). Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","10.89",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The voltage Vin applied to the circuit below is 16 volts and the current flowing through the resistor is 960 milliamps (mA). Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","15.36",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The voltage Vin applied to the circuit below is 10 volts and the current flowing through the resistor is 370 milliamps (mA). Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","3.7",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The voltage Vin applied to the circuit below is 15 volts and the current flowing through the resistor is 390 milliamps (mA). Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","5.85",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The voltage Vin applied to the circuit below is 18 volts and the current flowing through the resistor is 160 milliamps (mA). Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","2.88",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The voltage Vin applied to the circuit below is 12 volts and the current flowing through the resistor is 130 milliamps (mA). Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","1.56",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The voltage Vin applied to the circuit below is 17 volts and the current flowing through the resistor is 20 milliamps (mA). Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","0.34",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The voltage Vin applied to the circuit below is 11 volts and the current flowing through the resistor is 780 milliamps (mA). Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","8.58",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The voltage Vin applied to the circuit below is 12 volts and the current flowing through the resistor is 50 milliamps (mA). Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","0.6",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The voltage Vin applied to the circuit below is 13 volts and the current flowing through the resistor is 640 milliamps (mA). Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","8.32",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The voltage Vin applied to the circuit below is 3 volts and the current flowing through the resistor is 970 milliamps (mA). Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","2.91",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The voltage Vin applied to the circuit below is 4 volts and the current flowing through the resistor is 830 milliamps (mA). Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","3.32",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The voltage Vin applied to the circuit below is 5 volts and the current flowing through the resistor is 560 milliamps (mA). Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","2.8",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The current flowing through the resistor R in the circuit below is 600 milliamps (mA), where R has a resistance of 640 ohms. Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","230.4",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The current flowing through the resistor R in the circuit below is 370 milliamps (mA), where R has a resistance of 140 ohms. Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","19.166",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The current flowing through the resistor R in the circuit below is 100 milliamps (mA), where R has a resistance of 840 ohms. Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","8.4",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The current flowing through the resistor R in the circuit below is 530 milliamps (mA), where R has a resistance of 100 ohms. Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","28.09",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The current flowing through the resistor R in the circuit below is 360 milliamps (mA), where R has a resistance of 180 ohms. Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","23.328",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The current flowing through the resistor R in the circuit below is 760 milliamps (mA), where R has a resistance of 840 ohms. Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","485.184",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The current flowing through the resistor R in the circuit below is 870 milliamps (mA), where R has a resistance of 660 ohms. Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","499.554",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The current flowing through the resistor R in the circuit below is 840 milliamps (mA), where R has a resistance of 360 ohms. Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","254.016",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The current flowing through the resistor R in the circuit below is 360 milliamps (mA), where R has a resistance of 460 ohms. Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","59.616",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The current flowing through the resistor R in the circuit below is 30 milliamps (mA), where R has a resistance of 980 ohms. Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","0.882",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The current flowing through the resistor R in the circuit below is 770 milliamps (mA), where R has a resistance of 500 ohms. Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","296.45",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The current flowing through the resistor R in the circuit below is 710 milliamps (mA), where R has a resistance of 840 ohms. Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","423.444",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The current flowing through the resistor R in the circuit below is 470 milliamps (mA), where R has a resistance of 140 ohms. Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","30.926",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The current flowing through the resistor R in the circuit below is 590 milliamps (mA), where R has a resistance of 960 ohms. Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","334.176",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The current flowing through the resistor R in the circuit below is 710 milliamps (mA), where R has a resistance of 260 ohms. Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","131.066",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The current flowing through the resistor R in the circuit below is 570 milliamps (mA), where R has a resistance of 420 ohms. Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","136.458",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The current flowing through the resistor R in the circuit below is 460 milliamps (mA), where R has a resistance of 180 ohms. Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","38.088",""," ", "//Electrical circuits/DC/Power dissipated by a resistor","dc_resistor_power_calc","Resistor Power Dissipation","The current flowing through the resistor R in the circuit below is 330 milliamps (mA), where R has a resistance of 520 ohms. Determine the power dissipated by the resistor in watts (W) and enter the result in the answer field below (enter a numerical value only) ","Numerical Question","1","56.628",""," ",